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Function characteristics It supports multi-scenario applications of photovoltaic MPPT and battery charging and discharginc It adopts interleaved parallel technology to reduce battery ripple current and improve battery life Its energy efficiency and stability of photovoltaic systems are higher Flexible application It is designed with a standard 3U module and is rack mounted It is easy to install, maintain, and expand The photovoltaic is seamlessly accessed, completely replacing photovoltaic inverters, thus making ESS system design simple and flexible

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Flexible Application Standard module design, rack-mounted design Easy to install and maintain Intelligent operation, support RS485, CAN and other communication interfaces Safe & Stable It has a good heat dissipation system to ensure the reliability of the device With EMS and PCS, the energy storage power station can be operated automatically without attendance

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Wide-Range Power Compatibility In distributed energy access scenarios, such as small wind power generation projects, the PCM250 module can accurately convert unstable DC power into stable AC power and incorporate it into the power grid to ensure stable power output and meet the power consumption needs in the surrounding areas Stable, Pure Power Output In a data center backup power supply system with extremely high requirements for power supply stability, its output harmonic is <3% and the power factor is >0.99, which can ensure a stable and pure power supply and avoid damage to the equipment due to power quality problems. High Efficiency & Low Loss In the energy storage power plant scenario, a maximum conversion efficiency of 98.5% can reduce energy loss during the charging and discharging process, improve the overall efficiency of the energy storage system, and reduce operating costs. Robust Environmental Resilience In wind power generation projects in remote areas, facing the harsh natural environment, its IP66 protection level and wide temperature, humidity and altitude adaptation range ensure stable operation of the module and reduce maintenance frequency

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Efficient Operation The maximum conversion efficiency can reach 98.5%. Flexible Application Compatible with 3W3P/3W3P+N systems Safe & Stable Compliant with European standard safety regulations and electromagnetic compatibility Easy Integration Design Designed with standard modules and in a rack-mounted style, which is easy to install and maintain.

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